5511LBS Hydraulic Auto Strut Coil Spring Compressor Pneumatic Vehicle Strut Hydraulic Removing Tool Air-Powered Coil Spring Remover for Sedans/SUVs/Vans/Pickup Trucks

Product Parameters: Cylinder compression force: ≤5511lbs (2500Kg) Spring wire diameter: ≤0.7"(18mm) Maximum cylinder stroke: ≤9.8"(250mm) Shock absorber strut diameter: 1.7"-2.2"(45-56mm) Package size: 23.6"*20.5"*57.8" (60cm*52cm*147cm) Net weight / Gross weight: 169.7lbs(77kg) / 229.2lbs(104kg) Note: Please use with your own air pump or air compressor (not included) Item Included: Auto Strut Hydraulic Compressor Removing Tool *1 Accessory Kit *1

• Provide Steady Force: This cylinder is constructed from robust metal material, featuring a diameter of 200 millimeters and a maximum stroke length of 250 millimeters. It is powered by compressed air and delivers consistent and substantial force, ensuring smooth and efficient operational performance
• Strong Compatibility: The upper swing arm claw features an asymmetrical structural design, with the left side positioned lower than the right. It is equipped with a lateral fine-tuning mechanism that enables adaptation to various spring spacing requirements. Furthermore, the claw incorporates a multi-stage height adjustment system to enhance its overall compatibility
• Excellent Stability: This base plate is made by bending and welding processes to enhance the structural stability. There are two pre-drilled holes on each side for installing anchor bolts to improve the stability of the machine
• Foot Pedal Valve‌ Design: This machine adopts the design of a "portable foot pedal valve". Its operation can be completed in just one step, enabling precise tool control and hands-free operation. It also features flexible machine management capabilities and significantly improves work efficiency
• Adequate Safety Considerations: The safety cage features a fully enclosed metal frame structure that provides comprehensive 360-degree coverage. The safety restraint chain is designed to control the trajectory of the shock absorber spring during the disassembly process, thereby preventing unintended spring ejection